Surface Interval Dive Simulator; Care And Maintenance - Cressi Archimede II Manual De Instrucciones

subsequent dive's simulation, with de-saturation in progress.
Should the simulation be carried out with Nitrox mixtures,
refer to all information seen in the chapters dealing with Nitrox
mixtures; it is possible to simulate the mixture change as well
as in reality, by depressing button B for more than 5 seconds
(picture 37).
If you want to reset the simulator, depress buttons A+C one
after the other during the simulation itself.
NOTE: The simulation is carried out with the dive para-
meters set in (DIVE) function (see chapter 2.3.).
NOTE: The simulation is carried out at a speed six times
greater than the actual one. This equates to 10 seconds
on the simulator or the same as one real diving minute,
while the variations of
Related topics:
• 2.3. - Parameters setting.
• 2.3.2. - Dive planning
• 3.1. - AIR DIVE.
• 3.4. - Curve dive.
• 3.5. - Decompression dive.
• 3.2. - NITROX MIXTURES DIVE.
• 3.3.4. - CNS toxicity display.
• 3.3.5. - PO2 alarms.
• 4.1.1. - Surface interval.
• 4.2.2. - Surface interval dive simulator.
4.2.2. – Surface interval dive simulator.
Should the computer contain residual nitrogen (de-saturation
time is still in progress), Archimedes II allows modifying of the
depth are each m 2 (ft. 6).
surface interval in order to simulate a subsequent dive. As
noted in the previous chapter, the simulator program is ente-
red by repeatedly depressing button B (Mode), until the
( ) icon appears on the UFDS display (picture 35). The dis-
play mode instructs you to set a new surface interval, by
means of UFDS display icons: by depressing button C (
the surface interval will increase, while by depressing button
A ( ), the chosen value is confirmed. When this has been
i
done, Archimedes II will show the simulation display (pictu-
re.36), as seen in the previous chapter, allowing you to simu-
late a subsequent dive.
Related topics:
• 2.3. - Parameters setting.
• 2.3.2. - Dive planning
• 3.1. - AIR DIVE.
• 3.4. - Curve dive.
• 3.5. - Decompression dive.
• 3.2. - NITROX MIXTURES DIVE.
• 3.3.4. - CNS toxicity display.
• 3.3.5. - PO2 alarms.
• 4.1.1. - Surface interval.
• 4.2.2. - Surface interval dive simulator.
5. – CARE AND MAINTENANCE.
Archimedes II has been designed to operate in extreme con-
ditions with extensive underwater use. You should remember
that it is a precision instrument deserving appropriate care.
Please avoid any violent shock, protect it from extreme heat
sources, always wash it in fresh water after using, dry it care-
fully, do not store it wet, and avoid contact with heavy equip-
ment, like diving cylinders.
189
),